Technical Description
This invention introduces a tri functional hydrogen nitrogen hydrocarbon catalyst (HNAB) capable of dissociating H2 CnHm hydrocarbons, and N2 to directly produce ammonia gas and solid carbon without CO2 emissions. It provides a clean, energy-efficient alternative to traditional high-pressure Haber-Bosch synthesis.
Problems Addressed
- High Energy Demand
- CO2 Intensive Process
- High Hydrogen Dependence
- Inefficient SMR
- Catalyst Deactivation
- Water Catalyst Limits
- Fossil-Fuel Reliance
Tech Features
- Enhanced Stability Nanoenzyme
- Efficient Conjugation Chemistry
- Improved Detection Precision
- High Sensitivity Assay Method
- Better Catalytic Performance
- Rapid & Cost-Effective Detection
Target Audience
- Green Ammonia Manufacturers
- Fertilizer & Agrochemical Industries
- Hydrogen & Syngas Production Industries
- Energy & Clean Fuel Industries
- Research & Development
Tech ID: P07-1776 TRL 6 Patent Status: Granted Available For Exclusive and Non-exclusive License
